Electricity from thin air

Seems sketchy on the details, that's usually a bad sign...

I can't concept the narrative. Mean free path.....the path between water molecules...normally 100 nm.

Does the mean free path stays, relatively constant as the RH changes? What about the temp? Does the mean free path stay constant with temp? How about pressure? How about the wind? If the water molecule is ionized, the size will be much different. Does the size affect the MFP? Ionization should also affect the number of collisions, because not just the neutral momentum, the net charge also is affecting travel.

And that just selecting the water molecule. I need much more explanation of creating and maintaining a charge separation after doing so.

Although I have seen some interesting reports on the properties of water micro droplets......charge transfer and surface tension wise.

If the discover were really valuable and the material and construction is so simple, why not a descent explanation? Maybe it works so well, they'll keep it a secret. But I am paranoid and sure they're out to get me.

So.... what causes the 'potential difference ' in humidity from one side to the other? If there is none, then there's no net flow.

Where is the equality in this using thin air and rejecting fat or normal air. Time to woke up!

Duplicate thread: Electricity from thin air? - CR4 Discussion Thread (globalspec.com)

I guess RedNek liked this so much he posted it twice.

Read "Atlas Shrugged", it had a generator that got it's energy from air.

Here is some more information.

https://onlinelibrary.wiley.com/action/downloadSupplement?doi=10.1002%2Fadma.202300748&file=adma202300748-sup-0001-SuppMat.pdf

It looks like they are measuring power in nanowatts/cm² into megohm load resistance, so they have some serious scaling up to do.

I'm wondering where the energy comes from and whether the water captured stays in the substrate (and requires energy to remove.)

It sounds like a load of hot air.